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Epistemic Opacity, Confirmation Holism and Technical Debt: Computer Simulation in the Light of Empirical Software Engineering

机译:认知不透明度,确认全照和技术债务:根据经验软件工程的计算机仿真

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Software-intensive Science, and in particular the method of modelling large and complex systems by means of computer simulation, presents acute dilemmas of epistemic trust. Some authors have contended that simulations are essentially epistemically opaque vis and vis a human agent, others that complex simulation models suffer from an inescapable confirmation holism. We argue that the shortcomings lie in the failure of modellers to adopt sound Software Engineering practices, and that the elevation of computational models into superior epistemic authorities runs counter to principles that are common to both Science and Software Engineering.
机译:软件密集型科学,特别是通过计算机模拟建模大型和复杂系统的方法,呈现了认知信任的急性困境。一些作者争辩说,模拟基本上是非认识性的不透明性Vis和人类代理,其他作者认为复杂的模拟模型患有不可避免的确认全神主义。我们认为,缺点是莫德勒采用声音软件工程实践的失败,并且计算模型进入高级认知当局的升高运行与科学和软件工程共同的原则。

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